Subject: Cancer Biotechnology

S.No

Title of the video

Duration

1

What is Cancer?

01:06

2

Angiogenesis

03:02

3

Angiogenic receptors

03:52

4

Apoptosis

05:00

5

TV Prevention of Cervical Cancer - From HPV infection to Cervical Cancer

02:59

6

Biomarker Discovery - The smallest changes can help individualize care

01:48

7

BRCA Gene Mutation Facts and Statistics

01:08

8

Cancer

05:41

9

Cancer- Abraxane

06:29

10

Cancer- Bevacizumab (Avastin)

06:21

11

Cancer Biology

12:06

12

Cancer- Cisplatin

02:51

13

Cancer- Herceptin (Trastuzumab)

03:54

14

Cancer Nanotechnology

09:20

15

Cancer Vaccine

03:04

16

Cancer Ras Protein

06:59

17

Comparison of Meiosis and Mitosis

00:33

18

Dallas Hope  Cancer Vaccine Explained

01:42

19

DeborahRhodes

21:08

20

Disease Associations With MGUS--Mayo Clinic study published in Mayo Clinic Proceedings

06:54

21

EdBoyden

18:24

22

Introduction to Cancer Biology Abnormal Signal Transduction

07:46

23

Introduction to Cancer Biology Loss of Apoptosis

04:15

24

Introduction to Cancer Biology nanomedicine  nanotechnology for cancer treatment

03:09

25

Introduction to Cancer Biology (Part 4)  Angiogenesis

03:58

26

Is Cancer Hereditary_ Dr Bruce Lipton Says No - EFT Cancer Prevention

01:12

27

Meiosis

01:48

28

MinaBissellG

16:18

29

Mitosis

01:29

30

Mitosis vs. Meiosis

05:13

31

Molecular action of p53 in carcinogenesis

05:18

32

Molecular actions of the PML-RARα fusion protein in promyelocytic leukaemia

02:10

33

Molecule to Medicine  The Biomarker Frontier

02:50

34

Monoclonal Gammopathy of Undetermined Significance Study

04:18

35

Nanomedicine  nanotechnology for cancer treatment

02:25

36

Nanotechnology for Targeted Cancer Therapy

05:02

37

National Cancer Institute  Video Journey Into Nanotechnology

03:19

38

New Cancer Treatment from Vascular Designs

01:40

39

Newly Discovered Biomarker Predicts Cancer Growth

02:55

40

Nutrition and Cancer

57:35

41

Oncogenic activation receptor tyrosine kinases

03:59

42

Pathways to Cancer

09:34

43

Prostate Cancer

01:24

44

Protein kinase C

03:55

45

Ras

02:11

46

Revolutionary method for early detectment of cancer

03:18

47

Seminar Engineering the Next Generation of Cancer

01:08:15

48

Seminar Thermal Cancer Therapy

01:02:54

49

Streaming video Smoking and lung cancer genes

07:58

50

Subculture of Adherent Cells

05:29

51

The MAP-Kinase (MAPK) signalling pathway

05:05

52

The MAP-Kinase (MAPK) signalling pathway

05:06

53

The MAP-Kinase (MAPK) signalling pathway

05:05

54

The metastatic thrombus

02:22

55

The Origin of Breast Cancer

01:06

56

The PI3K_AKT signalling pathway

04:43

57

The tumour suppressor protein PTEN

01:24

58

The Wnt pathway in a normal and in a tumour cell

03:13

59

Therapeutic Cancer Vaccines  Gert-Jan Boons at TEDxUGA

12:16

60

Toxic Cancer Causing Carcinogens Found In Childrens Bath Products

03:31

61

Tumor suppressor and oncogenes

01:16

62

Tumor Supressor Gene

02:07

63

Using DNA microarrays to study cancer_ Patrick Brown -- DNA Learning Center

00:34

64

VEGF and EGFR pathways in detail- Target for new therapies against cancer

04:28

65

Lung Cancer

06:29